adaptation 090214
TRANSCRIPT
Adapting to to a Changing Climate
David Schmidt, PE
University of Minnesota
• Definitions and Terminology• Framework • Examples
Outline
Changing Agriculture
Why Change (Adapt)?Profitability
Policy or RegulationOther
We are Adaptingto Climate
Profitability
Definition
Adaptation: Adjustment or preparation of natural or human systems to a new or
changing environment which moderates harm or exploits beneficial opportunities.
(EPA)
Definition
Risk Management: The process of assessing risk and acting in such a
manner . . . so as to avoid or minimize loss associated with such risk. (Webster’s)
Resilience Short Term
AdaptationLong Term
Practical Definition
ParksDrought Resilience
Short Term
ParksDrought Adaptation
Long Term
Resilience vs AdaptationShort Term vs Long Term
Climate Impact Categories
Farm Inputs
Animal Production
Farm Logistics
Farm Exports
Farm Inputs
Short Term Long TermIncrease Feed Storage Capacity
Crop or Pasture InsuranceWater Conservation
Multi-Sourcing
Pasture ImprovementsInstall or modify Irrigation
Feed, Water, Young Stock
Animal Production
Short Term Long Term
Animal health, growth, and reproduction
Monitoring Heat and HealthHot Weather Feeding Plans
Reproduction PlansInsurance?
Genetics
LogisticsManure Handling, Transportation, Employees
Short Term Long Term
Backup Power SystemVentilation Maintenance
Animal Handling ProtocolsManure Application and TimingEmergency Response Planning
New Ventilation/Cooling SystemNew Building with Cooling
Expand Manure Storage
Farm Exports
Short Term Long TermContracting
Ag Policy ChangesInsurance
Farm Diversification
Markets
Photo: StarTribune
ExamplesChanges due to Climate and Weather
Rest of the Story
• Lots with shade (24 sq feet per head) had 0.2% death loss
• Lots with no shade averaged 4.8% death loss
• Other contributing factors– Weight of animals– Color of animals– Direction of slope on lots
Weathering Drought with Cow-Calf Grazing System (Daybreak Ranch, SD)
Five Point Drought Plan• Increase stored and standing
forages – diversification of grass species
• Changed grazing management to build resilience in soils and grasses (moisture and erosion)
• Store more hay• Monitor rain events• Adjust stocking density
Weathering Drought (Agriculture.com, 2013)
Geothermal Swine Gestation Barn in Western Minnesota
• 650 gestation to wean facility• Very Long Term Planning• Increased pigs per sow• Improved Health• Significant investment
Beef Herd Genetics Texas
Trends in Farm Genetics based on climate
Southwest MN Confinement Beef
• Tired of fighting the weather– Snow, cold, rain and mud, heat
waves
• Labor shortage• Moved over 2/3 of animals
inside
Southwest MN Filtered Barn
Finishing barnPathogen ProtectionClaimed Results for piglets• 10% improvement in ADG• 50% drop in mortality
How to Decide?
Benefit-Cost Analysis
Which of these systems is most profitable?
Benefit-Cost Analysis
Cost of Damage (Benefits)
Cost
to A
void
Dam
age
Decision Reality
Evaluated their own financialsTalked to farmers in the area to get costs and benefitsLearned from mistakesBuilt a new and improved design
Goal is Long Term Profitability
Understand Your Climate
Understand Your Farm Vulnerabilities (Data)
Evaluate Your Options Short and Long Term
Decision Reality
Adaptation Audit
Impacts Option 1 Option 2 Option 3 Option 4
Heat Stress Management Cooling System
Diet Genetics
Water Availability
New water source
Water conservation
Diversification of Crops
?
Manure Construct new Storage
Timing of Application
Cover storage ?
Identify and Evaluate Options
Changing Agriculture
How will agriculture change in the next 100
Changing Agriculture
??Agriculture in
2050 or 2100?
For More InformationCourse Reading and Project Website www.animalagclimatechange.org
Livestock and PoultryEnvironmental Learning Center
Project Support
This project was supported by Agricultural and Food Research Initiative Competitive Grant No. 2011-67003-30206 from the USDA National Institute of Food and Agriculture.
www.animalagclimatechange.org
National Lead: University of Nebraska
Regional Partners: University of Georgia; Cornell University; University of Minnesota; Texas A&M AgriLife Extension, and Washington State University.
Project Partners
Our Mission Animal agriculture in a changing climate fosters animal productionpractices that are: environmentally sound and economically viable,and that create resiliency for animal producers and their partners.